Produces the Bode magnitude and Bode phase plots of the system model on an XY graph. Wire data to the State-Space Model and Frequency Range inputs to determine the polymorphic instance to use or manually select the instance.

This VI converts state-space and zero-pole-gain models to transfer function models before calculating the frequency response.

Phase Graph Reference is a reference to the Bode Phase plot on an XY graph. Phase Graph Reference automatically configures the x-scale, y-scale, and legend properties. If you want to use the default settings or customize the settings for these properties, do not wire a value to this input.

Magnitude Graph Reference is a reference to the Bode Magnitude plot on an XY graph. Magnitude Graph Reference automatically configures the x-scale, y-scale, and legend properties. If you want to use the default settings or customize the settings for these properties, do not wire a value to this input.

Frequency is a 1D-array of frequency values at which this VI calculates the magnitude and phase.

Magnitude is a 3D-array. The ith column in the nth page of the array is the magnitude of the transfer function between the ith output and the nth input. For example, the first two columns of the 0th page will be magnitudes of transfer functions between outputs y0 and y1 and the first input u0.

Phase is a 3D-array. The ith column in the nth page of the array is the phase of the transfer function between the ith output and the nth input. For example, the first two columns of the 0th page will be the phase of transfer functions between outputs y0 and y1 and the first input u0.

Phase Graph Reference is a reference to the Bode Phase plot on an XY graph. Phase Graph Reference automatically configures the x-scale, y-scale, and legend properties. If you want to use the default settings or customize the settings for these properties, do not wire a value to this input.

Magnitude Graph Reference is a reference to the Bode Magnitude plot on an XY graph. Magnitude Graph Reference automatically configures the x-scale, y-scale, and legend properties. If you want to use the default settings or customize the settings for these properties, do not wire a value to this input.

Frequency is a 1D-array of frequency values at which this VI calculates the magnitude and phase.

Magnitude is a 3D-array. The ith column in the nth page of the array is the magnitude of the transfer function between the ith output and the nth input. For example, the first two columns of the 0th page will be magnitudes of transfer functions between outputs y0 and y1 and the first input u0.

Phase is a 3D-array. The ith column in the nth page of the array is the phase of the transfer function between the ith output and the nth input. For example, the first two columns of the 0th page will be the phase of transfer functions between outputs y0 and y1 and the first input u0.

Phase Graph Reference is a reference to the Bode Phase plot on an XY graph. Phase Graph Reference automatically configures the x-scale, y-scale, and legend properties. If you want to use the default settings or customize the settings for these properties, do not wire a value to this input.

Magnitude Graph Reference is a reference to the Bode Magnitude plot on an XY graph. Magnitude Graph Reference automatically configures the x-scale, y-scale, and legend properties. If you want to use the default settings or customize the settings for these properties, do not wire a value to this input.

Frequency is a 1D-array of frequency values at which this VI calculates the magnitude and phase.

Magnitude is a 3D-array. The ith column in the nth page of the array is the magnitude of the transfer function between the ith output and the nth input. For example, the first two columns of the 0th page will be magnitudes of transfer functions between outputs y0 and y1 and the first input u0.

Phase is a 3D-array. The ith column in the nth page of the array is the phase of the transfer function between the ith output and the nth input. For example, the first two columns of the 0th page will be the phase of transfer functions between outputs y0 and y1 and the first input u0.

Phase Graph Reference is a reference to the Bode Phase plot on an XY graph. Phase Graph Reference automatically configures the x-scale, y-scale, and legend properties. If you want to use the default settings or customize the settings for these properties, do not wire a value to this input.

Magnitude Graph Reference is a reference to the Bode Magnitude plot on an XY graph. Magnitude Graph Reference automatically configures the x-scale, y-scale, and legend properties. If you want to use the default settings or customize the settings for these properties, do not wire a value to this input.

Frequency is a 1D-array of frequency values at which this VI calculates the magnitude and phase.

Magnitude is a 3D-array. The ith column in the nth page of the array is the magnitude of the transfer function between the ith output and the nth input. For example, the first two columns of the 0th page will be magnitudes of transfer functions between outputs y0 and y1 and the first input u0.

Phase is a 3D-array. The ith column in the nth page of the array is the phase of the transfer function between the ith output and the nth input. For example, the first two columns of the 0th page will be the phase of transfer functions between outputs y0 and y1 and the first input u0.

Phase Graph Reference is a reference to the Bode Phase plot on an XY graph. Phase Graph Reference automatically configures the x-scale, y-scale, and legend properties. If you want to use the default settings or customize the settings for these properties, do not wire a value to this input.

Magnitude Graph Reference is a reference to the Bode Magnitude plot on an XY graph. Magnitude Graph Reference automatically configures the x-scale, y-scale, and legend properties. If you want to use the default settings or customize the settings for these properties, do not wire a value to this input.

Frequency is a 1D-array of frequency values at which this VI calculates the magnitude and phase.

Magnitude is a 3D-array. The ith column in the nth page of the array is the magnitude of the transfer function between the ith output and the nth input. For example, the first two columns of the 0th page will be magnitudes of transfer functions between outputs y0 and y1 and the first input u0.

Phase is a 3D-array. The ith column in the nth page of the array is the phase of the transfer function between the ith output and the nth input. For example, the first two columns of the 0th page will be the phase of transfer functions between outputs y0 and y1 and the first input u0.

Phase Graph Reference is a reference to the Bode Phase plot on an XY graph. Phase Graph Reference automatically configures the x-scale, y-scale, and legend properties. If you want to use the default settings or customize the settings for these properties, do not wire a value to this input.

Magnitude Graph Reference is a reference to the Bode Magnitude plot on an XY graph. Magnitude Graph Reference automatically configures the x-scale, y-scale, and legend properties. If you want to use the default settings or customize the settings for these properties, do not wire a value to this input.

Frequency is a 1D-array of frequency values at which this VI calculates the magnitude and phase.

Magnitude is a 3D-array. The ith column in the nth page of the array is the magnitude of the transfer function between the ith output and the nth input. For example, the first two columns of the 0th page will be magnitudes of transfer functions between outputs y0 and y1 and the first input u0.

Phase is a 3D-array. The ith column in the nth page of the array is the phase of the transfer function between the ith output and the nth input. For example, the first two columns of the 0th page will be the phase of transfer functions between outputs y0 and y1 and the first input u0.